Sentence examples for modification in the pathogen from inspiring English sources

Both Plasmodium-specific anti-PfSUMO antibody and the FLAG-tagged SUMO strain generated in our work provide a valuable tool to explore the biological impact of this modification in the pathogen.

Our data and analysis provide a global framework for the understanding of SUMO modification in the host response to pathogens.

The histological modifications produced by the pathogen in mice previously protected with lactobacilli is lower compared to that obtained when the pathogen alone is inoculated into mice, [ 20] which produces congestion zones and edema in the terminal bronchiolar area.

Last years have witnessed a rapid increase in the development of anti- Candida drugs and consequently to a modification in the mechanisms of resistance of these pathogens to antifungals administered to patients [ 63– 63].

The metabolic modifications reflected how the pathogen adjusts its metabolism to adapt to the environment that M. tuberculosis confronts during infection in the mouse.

Host range expansions are expected to occur rather frequently, because only a few modifications in the effector repertoire of the pathogen can suffice to adapt to a closely related plant species [ 22].

WRKY18 and WRKY40 are central regulators of indole glucosinolate modification in response to pathogens [ 47].

Although it is now established that pathogen infection alters histone modification, the pathogen-encoded factors responsible for these processes are yet to be identified.

Consistent with the importance of plant cell wall modifications in response to pathogen invasion, the up-regulation of proteins involved in cell wall re-organization was present in FDp-infected grapevines.

Recent advances in biosynthetic engineering have provided new tools to generate novel lipopeptides with modifications in the core peptide: several were very potent antibiotics against Gram-positive pathogens, and some were active in the presence of surfactant.

The community ecology approach is useful for coinfection studies because pathogens interact by competing for resources (bottom-up strategies) or through modifications in the host immune system (top-down strategies) [ 3].